GeoDict Applications
for the Targeted Extraction and Development of Oil and Gas Reservoirs
Modeling Digital Twins of grain-based Reservoir Rocks
We generate digital twins of reservoir rocks as a voxel-based geometry. Our aim is to accurately replicate the rock and the pore geometry.
Simulation of two-phase Flow under Consideration of the Entire Hysteresis Cycle
![[Translate to English:]](/fileadmin/CONTENT_files/00_GeoDict/Anwendungen/2022-07_Simulation-Zweiphasenstroemung_Hysteresis-Zyklus/202207-TwoPhase_ThumbImg.jpg "[Translate to English:]")
Large structures of rocks are analyzed in a time- and cost-efficient way with GeoDict. The digital simulation of the capillary pressure curve and the calculation of the relative permeability derived from it avoid costly laboratory measurements.
CO2-Sequestration Techniques and Storage Mechanisms
![[Translate to English:]](/fileadmin/CONTENT_files/00_GeoDict/Anwendungen/2022-05_CO2-Sequestrierung/CO2-Sequestration-PageBanner_01.jpg "[Translate to English:]")
While the depth of the reservoir is a known quantity, the rock must be analyzed to determine the possible CO2-storage capacities. With the digital rock physics capabilities in GeoDict, rocks are tested quickly and efficiently for these characteristic values
